Hot Oil Systems

CLD-A

Hot Oil Systems - CLD-A

Heat Transfer Fluids1 to 750°F
9 - 400 kW (31 - 1,365 Mbh) (Up to 1,200 kW Optional)
240 and 480V, 3 Phase, 60 Hz
Pressurized Operation- ASME Certified to 150 psig @ 750°F
300 Lb Carbon Steel Construction
Long Life 0.475 in. Dia. Steel Sheath Elements
High Temperature Centrifugal Pump with Water-Cooled Mechanical Seal
Bypass Relief Line Protects System in Case of Blocked Flow
Electronic Digital Temperature and Process Control
Suction and Discharge Pressure Gauges Monitor Pump Performance
NEMA 1 Electrical Enclosure Complete with Circuit Breaker, Contactors, Fusing, Switches, Transformers and Pilot Lights
ASME Safety Relief Valve (Set @ 150 psig)
External Cold Pressurized Expansion Tank (Optional)

Chromalox CLD Hot Oil Heaters are engineered to operate up to 750°F at a pressure of 150 psig. They are used with Dowtherm®, Therminol® and other high temperature heat transfer fluids which require pressurization to operate at temperature.

Chromalox CLD Hot Oil Heat Transfer Systems are ruggedly constructed and completely self contained (except for the optional external expansion tank). All CLD systems come complete with heaters, controls, pump valves, safety devices and necessary plumbing. The high temperature cast steel centrifugal pump is provided with a water cooled mechanical seal designed for continuous operation at a maximum temperature of 750°F. CLD systems are factory tested and ready to operate.

Overtemperature Cutout protects elements and fluid from overheating

Electrical Interlock between pump motor and heating element contactors

Flexible Piping before and after pump absorbs vibration and prevents pump damage from thermal expansion

Inline 0.030 Mesh Strainer protects pump

Full Port Manual Gate Valves on all primary hydraulic piping minimizes pressure drop

2 Inch Thermal Insulation around heating chambers minimizes heat loss

16 Gauge Painted Steel Panels on all exposed sides — powder coat heat resistant paint

WARNING — In hazardous areas, pipe surfaces could achieve temperatures high enough to cause auto-ignition of the hazardous materials present. Consult Article 500 of the National Electrical Code for further information on the maximum allowable temperatures for a specific application.

Can't find what you're looking for?